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U.S. lawmaker warns TikTok algorithm licensing deal poses national security risks

A senior U.S. lawmaker raised fresh concerns Thursday over a proposed licensing deal for TikTok’s algorithm as part of the planned sale of the app’s U.S. operations by its Chinese parent company ByteDance, warning that any continued Chinese influence over the technology could threaten national security.

Representative John Moolenaar, chair of the House Select Committee on China, said he is awaiting a formal briefing on the deal, which would reportedly allow the new U.S. owners of TikTok to license the platform’s algorithm from ByteDance.

“I think anytime you have China with leverage over the algorithm, that’s a problem,” Moolenaar said during remarks at the Hudson Institute, adding that the arrangement could leave room for undue influence.

The White House previously said the agreement meets the national security requirements set out in a 2024 law mandating ByteDance to divest TikTok’s U.S. assets or face a ban. President Donald Trump signed an executive order on September 25 approving the sale and granting 120 days to complete the transaction.

Under the proposal, ByteDance would retain less than 20% ownership in the new U.S. entity, with Americans holding the remaining board seats. The algorithm, which drives TikTok’s recommendation system, would be retrained and monitored by U.S. security partners.

Moolenaar, however, expressed skepticism that the algorithm could be fully reprogrammed or separated from its Chinese origins, noting, “It’s still very much a work in progress.”

TikTok did not immediately respond to requests for comment.

U.S. Army Memo Flags “Very High Risk” Security Flaws in Anduril–Palantir Battlefield Network

The U.S. Army’s next-generation battlefield communications system, developed by Anduril Industries and Palantir Technologies, has been labeled “very high risk” due to critical cybersecurity vulnerabilities, according to an internal Army memo reviewed by Reuters.

The September 5 memo—written by Gabriele Chiulli, the Army’s Chief Technology Officer and authorizing official for the NGC2 (Next Generation Command and Control) prototype—warned that the system’s “current security posture” could allow adversaries to gain “persistent undetectable access” to sensitive battlefield data.

“We cannot control who sees what, we cannot see what users are doing, and we cannot verify that the software itself is secure,” the memo stated, citing fundamental issues in user access controls and data monitoring.

The NGC2 platform, designed to connect soldiers, sensors, vehicles, and commanders through real-time data sharing, is central to the Army’s modernization drive. Developed in partnership with Microsoft and smaller defense contractors, the project aims to replace legacy communication systems with a unified, AI-enhanced digital backbone.

However, the internal review found that the platform allowed all users to access all applications and data, regardless of clearance level or mission relevance, and lacked logging tools to track user activity. One third-party application integrated into the system was found to contain 25 high-severity vulnerabilities, while three others each had more than 200 issues requiring review.

The memo’s findings—first reported by Breaking Defense—have amplified criticism that Silicon Valley’s “move fast and break things” ethos may be ill-suited for military-grade systems requiring airtight security.

Anduril, founded by Palmer Luckey, dismissed the concerns as outdated. “The report reflects an old snapshot, not the current state of the program,” the company said. Palantir responded that “no vulnerabilities were found in the Palantir platform.”

Army Chief Information Officer Leonel Garciga, Chiulli’s supervisor, acknowledged the seriousness of the findings but said most issues were fixed within “weeks or even days.” He added that only one remaining application still required security improvements and that Palantir’s Federal Cloud Service could soon receive “continuous authority to operate”, allowing faster updates.

The NGC2 system was awarded a $100 million prototype contract earlier this year, as part of a broader Pentagon effort to integrate AI, autonomous systems, and real-time battlefield intelligence into defense operations. Palantir also holds a $480 million contract for Project Maven, the Pentagon’s AI surveillance initiative, while Anduril recently secured $159 million to develop advanced mixed-reality and night vision systems.

Despite assurances from developers, the memo raises profound questions about data control, cybersecurity, and insider access—all crucial concerns as the U.S. military increasingly relies on software-driven decision-making in combat.

On Wall Street, the revelations hit Palantir’s stock, which fell 7.5% on Friday. Anduril, still privately held, has said it plans to go public.

The incident exposes the tension at the heart of the Pentagon’s modernization push: how to harness Silicon Valley’s speed and innovation without compromising the security of national defense networks.

Spacecoin Sends Blockchain Data Through Space in First-of-Its-Kind Test to Challenge Starlink

U.S. satellite startup Spacecoin announced on Wednesday that it had successfully transmitted secured blockchain data through space, marking what it called an industry first and a potential challenge to Elon Musk’s Starlink.

The company’s goal is to create a decentralized satellite network offering connectivity and data storage for users in regions where internet access is unreliable, censored, or prohibitively expensive, according to its founder Tae Oh.

HOW IT WORKS

Unlike Starlink — where SpaceX maintains full control over its vast satellite constellation — Spacecoin envisions an open, participatory model that allows users, developers, and organizations to contribute to the network and verify transactions.
Its technology uses blockchain encryption to ensure that data sent through satellites cannot be intercepted, altered, or falsified.

During the test, Spacecoin transmitted blockchain data over 7,000 kilometers, from Chile to the Azores, entirely through a satellite link — without relying on terrestrial internet.
The nanosatellite used in the experiment was built by Bulgarian microsatellite manufacturer EnduroSat, and the company said the data returned to Earth intact and verifiable.

“Beyond end users, we are also targeting builders — such as developers, telecom companies, NGOs, and infrastructure partners,” said founder Tae Oh.
“For people using the internet, this means the information or payments they send can’t be faked, changed, or intercepted by bad actors.”

CONTEXT AND FUTURE PLANS

The success of Spacecoin’s test comes amid a boom in satellite internet services as global demand for secure broadband increases.
While J.P. Morgan previously tested blockchain payments between satellites, Spacecoin’s test is the first to bypass terrestrial networks entirely, operating solely in orbit.

Currently, Spacecoin has just one satellite, launched in December 2024 on a SpaceX rocket, and orbits in Low Earth Orbit (LEO) at up to 2,000 km altitude.
The company plans to add three more satellites by the end of 2025 to expand coverage and reliability.

With Starlink’s 8,000-satellite fleet dominating global satellite broadband, Spacecoin’s blockchain-based approach positions it as an innovative but niche challenger, combining crypto technology with space-based communication infrastructure.